It is possible to measure small areas with a diameter of 0.4mm or more at a measurement distance of 270mm. A high-spec radiation thermometer that can measure through glass with a wide range.
A high-speed response non-contact infrared radiation thermometer suitable for temperature measurement of small areas such as wires and chips. It features high-speed response and a 2-way peak hold function. 【Features】 ○ Fastest response time of 0.01 seconds ○ Measurement through glass is possible ○ KTL-PRO has a wide range of 200 to 2000°C The KTL-PRO-04, which measures φ0.4, can measure from 300 to 2000°C ○ Equipped with auto-reset peak hold in addition to standard peak hold Temperature management on the production line can be easily performed ○ Comes standard with temperature measurement software for Windows ○ Uses high-precision InGaAs for the sensor Achieves a maintenance-free structure ○ Can also be used as a portable radiation thermometer with an optional grip ○ Standard RS-232C conversion is equipped (cable is optional) Bluetooth can be selected as an option
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basic information
For other features and details, please download the catalog.
Price range
P3
Delivery Time
P4
Applications/Examples of results
【Applications】 ○ Wire materials ○ Temperature control for chip bonding ○ Measurements inside vacuum chambers ○ Control of high-frequency heating ○ Temperature management of rod bars
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Company information
The main product, the radiation thermometer, features a fast response time and can measure small surface areas, with the capability to measure through glass. It has a wide temperature range, suitable for various applications from low to high temperatures. It is particularly ideal for measuring workpieces inside vacuum chambers, high-frequency heating, and objects moving along production lines. The meter relay is analog and is offered at a low price with a short delivery time.
![Infrared Radiation Thermometer "AD-5618" [Rental]](https://image.mono.ipros.com/public/product/image/94d/2000453942/IPROS29667193653861920098.jpeg?w=280&h=280)
